TW201928675A - Light display control system for detection cabinet and method thereof - Google Patents

Abstract

A light display control system for detection cabinet and a method thereof are provided. Detection data of detected device is received by a processing server from a data generating and transferring device of a detection cabinet. Light control instruction is generated by the detection data of detected device. The light control instruction is sent to light control device which is correspondence with the light control instruction by light hub from the processing server. Light color displays and light always on or blinking of all line light devices are controlled according to the light control instruction sequence which is generated from the light control instruction by the light control device. Therefore, the efficiency of controlling large number of full-color light emitting diodes may be achieved.

Description

Detection lamp display control system and method thereof

A control system and method thereof, in particular, a method for transmitting detection information through a server and generating signal control information according to the detection information, and then performing light color and light on the corresponding light device through the light source hub and the light number control device A control system and method for displaying a continuous on state or a blinking state.

Early light emitting diodes (LEDs) are designed in a single color, and the light-emitting diodes can be displayed in a single color by simple switching, for example, continuous light display mode, continuous non-lighting display mode. The method of flashing light emission, etc., is merely illustrative here, and is not intended to limit the scope of application of the present invention.

In the above control method for the light-emitting diode, each color of the light-emitting diode needs to be independently controlled. In addition, the color exhibited by the light-emitting diode is fixed, and if the color needs to be changed, only the corresponding color can be used. The light-emitting diode is replaced.

In summary, it has been known in the prior art that there has been a long-standing problem of inconvenient control of a single color light-emitting diode to extend only one-to-one control of the light-emitting diode. Therefore, it is necessary to propose an improved technical means to solve this problem. problem.

In view of the prior art, there is a problem that the single-color light-emitting diode control is inconvenient to expand and only one-to-one control of the light-emitting diode. The present invention discloses a light-number display control system for detecting a cabinet and a method thereof, wherein:

The lamp number display control system of the detection cabinet disclosed in the present invention comprises: a detection cabinet, a processing server, a light number hub, and a light number control device.

Each detection cabinet has a plurality of detection areas, and the detection and transmission means generate and transmit the detection information of the device to be detected through the data generation and transmission device of each detection area, and each detection area corresponds to a light number device, and the light signal corresponding to the entire detection area The devices are connected in series, and the detection information includes the detection cabinet serial number, the detection region serial number, and the detection result.

The processing server receives the detection information of the device to be detected from the data generation and transmission device, and generates a corresponding lamp number control command according to the detection information of the device to be detected, and the lamp number control command includes the lamp number control device serial number, the lamp number output port, and the lamp number. Device information, color of the light, and status of the light.

The signal hub receives the light number control command from the processing server, and sends it to the corresponding light number control device according to the light number control command; and the light number control device and the light number hub and other light number control devices or the light number control device It is electrically connected to the other two signal control devices, and the lamp number output of the lamp control device is electrically connected to the lamp device corresponding to a whole line of the detection area in the detection cabinet, and is self-lighted from the lamp hub or other signal. The control device obtains the lamp number control command, and generates a lamp number control command sequence corresponding to the lamp device in the corresponding one-line detection area according to the lamp number control command to perform the color of the lamp device and the lamp number in the corresponding detection region. Control of the on state or flashing status display.

The invention discloses a lamp number display control method for detecting a cabinet, which comprises the following steps:

Firstly, a detection cabinet having a plurality of detection areas is provided, each detection area corresponding to a light number device, and the light number devices corresponding to an entire line of detection areas are connected in series, and the data generation and transmission device generation and transmission are transmitted through each detection area. The detection information of the device to be detected includes the detection cabinet serial number, the detection region serial number and the detection result. Then, the processing server is provided, and the processing server receives the detection information of the device to be detected from the data generation and transmission device, according to the device to be detected. The detection information generates a corresponding lamp number control command, and the lamp number control command includes a lamp number control device serial number, a lamp number output port, a lamp device information, a lamp color, and a lamp number state; and then, a lamp hub is provided, and the lamp hub is provided. The processing server receives the light number control command and sends it to the corresponding light number control device according to the light number control command; finally, provides the light number control device, the light number control device and the light number hub, and other light control devices or lights The number control device is electrically connected to the other two signal control devices, and the lamp number is controlled. The lamp number output of the device is electrically connected to the lamp device corresponding to a whole line of detection areas in the detection cabinet, and the lamp number control command is obtained from the lamp hub or other lamp number control device, and is generated according to the lamp number control command. For the corresponding one-line detection area, the lamp number control command sequence corresponding to the lamp device is used to perform control of the lamp device lamp color and the lamp number continuously on state or the blinking state display in the corresponding detection region.

The system and method disclosed by the present invention are different from the prior art in that the processing server generates data from the detection cabinet and the detection device receives the detection information of the device to be detected, and generates a corresponding signal according to the detection information of the device to be detected. Controlling the command, the processing server sends the light number control command to the corresponding light number control device through the light source hub, and the light number control device can generate a corresponding corresponding light source device in the corresponding one line detection area according to the light number control command. The signal control command sequence is used to perform control of the light color of the light source device in the corresponding detection area and the display of the light source continuous on state or the blinking state.

Through the above technical means, the present invention can achieve the technical effect of controlling a large number of full-color light-emitting diodes.

The embodiments of the present invention will be described in detail below with reference to the drawings and embodiments, so that the application of the technical means to solve the technical problems and achieve the technical effects can be fully understood and implemented.

Hereinafter, an operation system and method according to an embodiment of the present invention will be described with reference to an embodiment, and reference is made to "1", "2", and "3", and "1" is shown. The system block diagram of the lamp number display control system for detecting the cabinet of the present invention; FIG. 2 is a flow chart showing the method for controlling the lamp number display control of the present invention; FIG. 3 is a view of the present invention. The architecture of the cabinet shows the schematic diagram of the control structure.

The lamp number display control system of the detection cabinet disclosed in the present invention comprises: a detection cabinet 10, a processing server 20, a light source hub 30, and a light number control device 40.

Each of the detection cabinets 10 has a plurality of detection areas 11 through which the data generation and transmission device 12 of each detection area 11 generates and transmits detection information 71 of the device to be detected 50, and each detection area 11 corresponds to a signal device 60, one The signal device 60 corresponding to the entire line detection area 11 is connected in series, and the detection information 71 includes the detection cabinet number, the detection area number, and the detection result (step 101).

The data generating and transmitting device 12 in the detecting cabinet 10 establishes a connection with the processing server 20 through the wired transmission mode or the wireless transmission mode of the detecting cabinet 10. The wired transmission mode is, for example, a coaxial cable network or a fiber-optic cable network... The above wireless transmission method is, for example, Wi-Fi, mobile communication network, etc., and is merely illustrative here. Without limiting the scope of application of the present invention, the data generation and transmission device 12 can transmit the detection information 71 to The server 20 is processed.

After the processing server 20 receives the detection information 71 from the data generation and transmission device 12, the processing server 20 generates a corresponding light number control command 72 according to the detection information 71 of the device to be detected 50. The light control command 72 includes the light number control device serial number. , signal output 埠, light device information, light color and light number status (step 102), the light control device serial number is used to specify a specific light control device, and the light output is used to specify the designated light On the control device, the output of the light control command is output, and the light device information is used to specify the controlled light device. The color of the light is used to specify the color of the light of the controlled light device, and the light state is used to specify The light of the controlled light device is continuously on or blinking, which is merely illustrative here and is not intended to limit the scope of application of the present invention.

The light source hub 30 receives the light number control command 72 from the processing server 20, and transmits it to the corresponding light number control device 40 according to the light number control device serial number of the light number control command 72 (step 103), and the light number control device 40 can The light source hub 30 and other light control devices 40 are electrically connected, and the light control device 40 can also be electrically connected to the other two light control devices 40. The light output control and detection of the light control device 40 The lamp unit 60 corresponding to an entire row of detection areas 11 in the cabinet 10 is electrically connected.

After the lamp number control device 40 obtains the lamp number control command 72 from the lamp number hub 30 or the adjacent lamp number control device 40 through the lamp number control device number of the lamp number control command 72, the lamp number control device 40 can be further based on the lamp. The number control command 72 generates a signal control command sequence corresponding to the light source device 60 in the corresponding one-line detection area 11 to perform the light color and the light source continuous on state or the blinking state of the light source device 60 in the corresponding detection area 11. Control of the display (step 104).

When receiving the lamp number control command sequence, the signal device 60 obtains the command information of the first 24 bits of the lamp number control command sequence, and signals the lamp device 60 in the corresponding detection region 11 according to the command information of the first 24 bits of the lamp number control command sequence. The control of the color and the lamp continuous on state or the blinking state display, when the signal device 60 receives the lamp number control command sequence, the lamp number control chip in the lamp device 60 is switched from the receiving mode to the forwarding mode, and the lamp number is controlled. The sequence of instructions is converted to a subsequent sequence of lamp control commands for transmission to the next adjacent lamp number control device 60, whereby the lamp number of the lamp control device 60 can be performed with the lamp number output of the single lamp number control device 40. And the lamp continues to be on or flashing status display control.

Specifically, it is assumed that the lamp number control command sequence received by the lamp device 60 is "0x00FF0000FF0000FF00", and the lamp device 60 obtains the command information of the first 24 bits of the lamp number control command sequence as "0x00FF00" for the corresponding entire line detection area 11 The middle light device 60 performs control of the light color display (green in the embodiment), and the light control device in the light source device 60 switches from the receiving mode to the forwarding mode, and converts the light control command sequence "0x00FF0000FF0000FF00" into The subsequent lamp number control command sequence "0x00FF0000FF00" is sent to the next adjacent lamp number control device 60; the lamp number control device 60 receives the lamp number control command sequence as "0x00FF0000FF00", and the lamp device 60 obtains the lamp number control. The instruction information of the first 24 bits of the command sequence is "0x00FF00" to control the display of the lamp number 60 (green in the embodiment) in the corresponding entire line detection area 11, and the signal control chip in the lamp unit 60 Convert from receive mode to forwarding mode and convert the lamp control command sequence "0x00FF0000FF00" to the subsequent lamp control command sequence "0x00FF00" is transmitted to the adjacent lamp number control device 60 of the next stage, and so on, with the lamp number output of the single lamp number control device 40, the lamp number display control of the lamp number control device 60 is performed.

The signal control device 40 further includes generating the beacon signal control information according to the lamp number control command 72, and the lamp number control device 40 transmits the beacon signal control information to the beacon light device 80 through the lighthouse control to perform the lamp color and the lamp number. For the control of the on state or the blinking state display, the beacon light device 80 has a cylindrical shape, and the beacon light device 80 has at least two different color lights, notably, the color displayed by the light device 60 The colors displayed by the beacon light device 80 correspond to each other, that is, it is assumed that the light source device 60 displays three colors of blue, red, and green, respectively, and the beacon light device 80 correspondingly displays three colors of blue, red, and green, respectively. This is for illustrative purposes only and is not intended to limit the scope of application of the invention.

In summary, it can be seen that the difference between the present invention and the prior art is that the processing server generates data from the detection cabinet and the detection device receives the detection information of the device to be detected, and generates a corresponding light control command according to the detection information of the device to be detected. The processing server sends the light number control command to the corresponding light number control device through the light source hub, and the light number control device can generate a light signal corresponding to the light number device in the corresponding one line detection area according to the light number control command. The command sequence is controlled to perform control of the light color of the light source device in the corresponding detection area and the display of the light source continuous on state or the blinking state.

The technical problem can be solved by the prior art that the existing single-color light-emitting diode control inconvenience is limited to one-to-one control of the light-emitting diode, and the technology for controlling a large number of full-color light-emitting diodes is achieved. efficacy.

While the embodiments of the present invention have been described above, the above description is not intended to limit the scope of the invention. Any changes in the form and details of the embodiments may be made without departing from the spirit and scope of the invention. The scope of the invention is to be determined by the scope of the appended claims.

10‧‧‧Test cabinet

11‧‧‧Detection area

12‧‧‧ Data generation and transmission device

20‧‧‧Processing Server

30‧‧‧Light hub

40‧‧‧Light control device

50‧‧‧Device to be tested

60‧‧‧Lighting device

71‧‧‧Test information

72‧‧‧Signal Control Instructions

80‧‧‧Lighthouse light device

Step 101‧‧‧ Providing a detection cabinet having a plurality of detection areas, each detection area corresponding to a light number device, and a light source device corresponding to an entire line of detection areas are connected in series, and a data generation and transmission device is transmitted through each detection area Generating and transmitting detection information of the device to be detected, the detection information includes detecting the cabinet serial number, the detection region serial number, and the detection result

Step 102‧‧‧ provides a processing server, and the processing server receives the detection information of the device to be detected from the data generation and transmission device, and generates a corresponding lamp number control command according to the detection information of the device to be detected, and the lamp number control command includes the lamp number control Device serial number, light output 埠, light device information, light color and light status

Step 103‧‧‧ Provide a light hub, the light hub receives the light control command from the processing server, and sends it to the corresponding light control device according to the light control command

Step 104‧‧‧ Provide the signal control device, the light control device and the light number hub and other light control devices or the light control device are electrically connected with the other two light control devices, and the light control device lights The output port is electrically connected to the lamp device corresponding to an entire line of detection areas in the detection cabinet, and the lamp number control command is obtained from the lamp hub or other lamp number control device, and the corresponding pair is generated according to the lamp number control command. A whole line of detection signal sequence corresponding to the light number device in the detection area for controlling the color of the light source device and the continuous opening state or blinking state display of the light source device in the corresponding detection area

FIG. 1 is a block diagram showing the system of the lamp number display control system of the detection cabinet of the present invention. FIG. 2 is a flow chart showing a method for controlling the display of the lamp number of the cabinet according to the present invention. FIG. 3 is a schematic structural diagram of the display control of the lamp number of the detection cabinet of the present invention.

Claims (8)

A lamp number display control system for detecting a cabinet, comprising: a plurality of detection cabinets, each of which has a plurality of detection areas, and generates and transmits detection information of the device to be detected through the data generation and transmission device of each detection area, each A detection area corresponds to a light number device, and the light number devices corresponding to an entire line of detection areas are connected in series, the detection information includes a detection cabinet serial number, a detection area serial number, and a detection result; a processing server, the processing servo The device receives the detection information of the device to be detected from the data generation and transmission device, and generates a corresponding lamp number control command according to the detection information of the device to be detected, and the lamp number control command includes the lamp number control device serial number, the lamp number output port, and the lamp number. Device information, light color and light state; a light hub, the light signal hub receives the light control command from the processing server, and sends the light signal control to the corresponding light control according to the light control command And a light control device, the light control device and the light hub and The lamp number control device or the lamp number control device is electrically connected to the other two lamp number control devices, and the lamp number output device of the lamp number control device and an entire line in the detection cabinet The light number device corresponding to the detection area is electrically connected, and the light number control instruction is obtained from the light number hub or other light number control device, and the corresponding one is generated according to the light number control instruction. The lamp number control command sequence corresponding to the lamp device in the line detection area is used to perform control of the lamp number color and the lamp number continuous on state or the blinking state display in the corresponding detection area. The system for detecting a cabinet according to claim 1, wherein the lamp device obtains the lamp number control command sequence from the lamp number control device or the adjacent lamp number control device, After obtaining the lamp number control information, the lamp device obtains the command information of the first 24 bits of the lamp number control command sequence, and performs the signal of the lamp device in the corresponding detection area according to the command information of the first 24 bits of the lamp number control command sequence. The control of the color and the continuous on state or the flashing state display, when the signal device receives the signal control command sequence, the light control device in the light device controls the conversion from the receiving mode to the forwarding mode, and the light is turned on The sequence of control commands is converted to a subsequent sequence of lamp control commands for transmission to the adjacent lamp control device of the next stage. The system for detecting a cabinet according to claim 1, wherein the signal control device further comprises: generating a beacon signal control information according to the lamp number control command, wherein the lamp number control device transmits through the lighthouse control device The beacon light control information is sent to the beacon light device to perform control of the light color and the light continuous display state or the blinking state display. The system for detecting a cabinet according to claim 1, wherein the color displayed by the light device corresponds to the color displayed by the beacon light device. A method for detecting a cabinet, comprising the following steps: providing a plurality of detection cabinets, each detection cabinet having a plurality of detection areas, each detection area corresponding to a light number device, and an entire line of detection areas corresponding to the light number devices Serially, generating and transmitting information of the device to be detected through the data generation and transmission device of each detection area, the detection information includes detecting the cabinet serial number, the detection area serial number, and the detection result; providing a processing server, the processing servo The device receives the detection information of the device to be detected from the data generation and transmission device, and generates a corresponding lamp number control command according to the detection information of the device to be detected, and the lamp number control command includes the lamp number control device serial number, the lamp number output port, and the lamp number. Device information, light color and light state; providing a light hub, the light signal hub receives the light control command from the processing server, and sends the light signal to the corresponding light according to the light control command a control device; and providing a light control device, the light control device and the light signal The hub and the other lamp number control device or the lamp number control device are electrically connected to the other two lamp number control devices, and the lamp number output device of the lamp number control device and the detection cabinet are The lamp device corresponding to the entire line detection area is electrically connected, and the lamp number control command is obtained from the lamp hub or other lamp number control device, and the corresponding pair is generated according to the lamp number control command. The control signal sequence corresponding to the light source device in the entire detection area is controlled to perform the control of the light color of the light device and the continuous light state or the blinking state display in the corresponding detection area. The method for detecting a cabinet according to claim 5, wherein the lamp device obtains the lamp number control command sequence from the lamp number control device or the adjacent lamp number control device, After obtaining the lamp number control information, the lamp device obtains the command information of the first 24 bits of the lamp number control command sequence, and performs the signal of the lamp device in the corresponding detection area according to the command information of the first 24 bits of the lamp number control command sequence. The control of the color and the continuous on state or the flashing state display, when the signal device receives the signal control command sequence, the light control device in the light device controls the conversion from the receiving mode to the forwarding mode, and the light is turned on The sequence of control commands is converted to a subsequent sequence of lamp control commands for transmission to the adjacent lamp control device of the next stage. The method for detecting a cabinet according to claim 5, wherein the signal control device further comprises: generating a beacon signal control information according to the lamp number control information, wherein the lamp number control device transmits through the lighthouse control device The beacon light control information is sent to the beacon light device to perform control of the light color and the light continuous display state or the blinking state display. The method of detecting a cabinet according to claim 5, wherein the color displayed by the light device corresponds to the color displayed by the beacon light device.